Detopalu’s Pseudo Boehmite is a high-purity alumina monohydrate that acts as a forming aid, binder and sintering additive for high-performance ceramics. Its unique gelation and adhesion properties help:
- Increase green body density
- Improve mechanical strength
- Enhance thermal performance
It is widely used in alumina ceramics, electronic ceramics and refractory materials.
Recommended Solutions by Ceramic Type
Alumina Ceramics
Use microporous or mesoporous Pseudo Boehmite to improve green density and ensure uniform sintering, resulting in higher mechanical strength and surface quality.
Electronic Ceramics
Select fine Pseudo Boehmite to enhance binder performance, stabilize particle packing and improve dielectric or thermal properties during sintering.
Refractory Materials
Choose macroporous or high-gelation grades to maintain structural integrity, enhance density and improve high-temperature stability in refractory ceramic components.
How to Select Aluminium Hydroxide
Select ATH grades according to particle size, dispersion requirement, filler loading, oil absorption, polymer or rubber system, and final flame retardant performance. Fine particles improve dispersion and smoke suppression; medium particles optimize filler loading and processability. If you are unsure which grade fits your formulation, provide your polymer or rubber type, processing method and performance target to Detopalu’s technical team for a recommendation.

Selecting Pseudo Boehmite for Ceramics
- Enhances green body density and reduces shrinkage variation
- Improves mechanical strength after sintering
- Supports thermal performance at high temperatures
- Compatible with alumina, electronic and refractory ceramics
- Flexible grades for different ceramic forming and sintering processes
Technical FAQs
Microporous or mesoporous grades improve packing, density and sintering uniformity.
Its gelation properties bind particles in the green body, enhancing densification and final strength.
Yes, fine particle grades improve binder performance, dielectric stability and surface quality.
Macroporous or high-gelation grades maintain dimensional stability and thermal resistance during high-temperature firing.
Provide ceramic type, green body density target, sintering temperature and particle size requirement for a recommendation.
Contact Detopalu
Need Pseudo Boehmite for high-performance ceramic applications?
Provide your ceramic type, particle size, sintering conditions and performance requirements. Detopalu will recommend the optimal grade, provide TDS, and arrange samples for testing.
